This page collects thesis work from our Group of Integrated Photonics. Each project reflects months of focused research, including designing experiments, building setups, tuning lasers, writing code, or developing simulations. The topics span ultrastable lasers, quantum light sources, biosensing, and light generation from the deep-UV to the mid-infrared. Some results contribute directly to ongoing research. Others open directions we had not anticipated.
If you're curious to learn more, collaborate, or join us as a student or partner, feel free to reach out.
In the mean time, you can also browse through our publications, read more about opportunities for students, or learn about our research activities.
by Jeppe Mølgaard Ivarsen
by Atiqa Qarar
by Johan Rubak and Samuel Jessen
by Ahan Palsole
by Jacob Loft
Notable results include a conversion efficiency with a tenfold improvement over previous efforts on the same platform. Its scalable design highlights the potential of integrated photonics to provide targeted solutions for technological and environmental challenges.
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by Esben Madsen
by Emre Aslan
by Maria Fernanda Alemán Magdaleno
by Maria Paula Montes Bejarano
by Frederik Emil Philip & Frederik Ruben Bruun Sørensen
by Maria Paula Montes Bejarano and Emre Aslan
This BSc thesis explores how the building blocks of quantum computing can be realized using integrated photonics. Starting with optical waveguides and evanescent coupling, it moves through simulations and design strategies to implement key quantum operations using light. From the fundamentals of single-photon control to proposals for full quantum circuits, the work shows how theoretical ideas take shape in realistic, chip-based platforms. It's a thoughtful blend of physics, engineering, and experimentation that reflects what it means to work hands-on with quantum photonic systems.
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by Sebastian Folsach Thyge Hansen